Use and Care Guide

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NFR9
Ø 9”
Washable Outer
Nylon Mesh Filter
NFS13
13” x 13”
Washable Inner
Nylon Mesh Filter
CF15
13” x 13” x 0.6”
Activated Carbon Filter
HEPA35-33
(13” x 13” x 1.4”)
HEPA Filter
Filtra�on Systems
(X-2380 and X-2580)
XPOWER 2000 series air scrubber’s filtration systems include easy to clean,
washable nylon pre-filters that should be frequently maintained. Monitor filters
and clean or change out once they become loaded with particles. The air
scrubber begins to reduce airflow and increase pressure drop. Overly loaded
filters not only restrict CFM, they can also result in a loss of filtration efficiency.
XPOWER Air Scrubbers include on-board pressure sensors that automatically
alert the Filter Clean/Change Light when the filters need cleaning. The filter may
needs to be changed after using for a quite long period.
Loaded Filter
NFR9 & NFS13 - Outer and Inner Nylon Mesh Filters are washable. These Pre-filters will protect
the inner filters from larger particles and therefore extend the life and usage of the primary 3rd & 4th
Stage filters. Always make sure the Air Scrubber is turned off before removing filters. Before cleaning,
remove all debris from both the inner and outer nylon mesh filters, then, rinse with water and lay flat on
a clean and dry surface to dry completely before re-installing. The NFR9 and NFS13 filters are used
for X-2380 and X-2580 air scubbers as first two stages. Both filters needs to be cleaned frequently,
especially for the Outer Nylon Mesh Filter NFR9. NFS13 is also used for X-2480A as the first stage filter.
Follow the steps to clean nylon pre-filter(s):
Cleaning of Washable Nylon Pre-Filters
1st Stage 2nd Stage
4th Stage3rd Stage
X-2380
X-2580
WF50
13” x 13” x 1.4”
Washable Purifying Filter
• Turn off the machine before cleaning the mesh filter(s) (Fig. 1)
• Remove particles from nylon filter(s) before rinsing with water (Fig. 2)
• Let filter(s) dry on a clean and flat surface after filter(s) are washed through water (Fig. 3)
• Re-install the clean, dry filter(s) by the sequence of the filter stages (Fig. 4)